Natural rubber is an elastomer derived from the latex sap of rubber trees. This material is known for its flexibility, tensile and strength abilities, as well as water resistance and overall resilience.

SBR is a synthetic rubber with general purpose and functions similar to natural rubber. It is commonly used due to its wide availability, resilience, and abrasion resistance.

EPDM rubber is a type of synthetic rubber with an excellent all-around performance that has the benefit of being weatherproof, as it is resistant to ozone, UV, and general weathering. It is the most waterproof and steam-resistant rubber available.

NBR is a synthetic rubber polymer that is the most oil- and fuel-resistant elastomer available. In general, nitrile rubber is well-known for its resistance to high temperatures, rupture, cuts, and abrasion.

Butyl rubber is characterized by its low permeability to gases. This material is flexible even at a lower temperature, has good electrical insulating properties, and excellent resistance to many acidic and alkaline chemicals, water, ozone, heat, and weather conditions.

Silicone rubber has unique properties of being temperature and flame resistant, flexibility, excellent electrical insulation, and performs well in outdoor conditions, as it is resistant to UV, ozone, and general weather.

Fluoroelastomers, also known as Viton™, is a high-performance elastomer that is requisite in harsh operating conditions and intense temperatures. Molded FKM components are able to maintain stability and could withstand fungus and mold, corrosive chemicals, and petroleum-based oils.

TSU is a robust material that has a great load-bearing capacity and excellent resilience. They are extremely resistant to a number of potentially deforming factors including heat, oils, abrasion, ozone, and extreme weather conditions.